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Ghazouani Lakhdar Feriani Anouar Mufti Afoua Tir Meriam Baaziz Intissar Mansour Hedi Ben Mnafgui Kais 《Environmental science and pollution research international》2020,27(6):5709-5717
Environmental Science and Pollution Research - α-Cypermethrin (CYP) is a pyrethroid insecticide-like environmental pollutant, widely found in the environment. New research links exposure to... 相似文献
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SAIDI Neyla KOUKI Soulwene M' HIRI Fadhel JEDIDI Naceur MAHROUK Meriam HASSEN Abdennaceur OUZARI Hadda 《环境科学学报(英文版)》2009,21(10):1452-1458
The aim of this study was to characterize the biological stability and maturity degree of compost during a controlled pile-composting trial of mixed vegetable residues (VR) collected from markets of Tunis City with residues of Posidonia oceanica (PoR), collected from Tunis beaches. The accumulation in beaches (as well as their removal) constitutes a serious environmental problem in all Mediterranean countries particularly in Tunisia. Aerobic-thermophilic composting is the most reasonable way to profit highly-valuable content of organic matter in these wastes for agricultural purposes. The physical, chemical, and biological parameters were monitored during composting over 150 d. The most appropriate parameters were selected to establish the maturity degree. The main result of this research was the deduction of the following maturity criterion: (a) C/N ratio < 15; (b) NH4+-N < 400 mg/kg; (c) CO2-C < 2000 mg CO2-C/kg; (d) dehydrogenase activity < 1 mg TPF/g dry matter; (e) germination index (GI) > 80%. These five parameters, considered jointly are indicative of a high maturity degree and thus of a high-quality organic amendment which employed in a rational way, may improve soil fertility and soil quality. The mature compost was relatively rich in N (13.0 g/kg), P (4.74 g/kg) and MgO (15.80 g/kg). Thus composting definitively constitutes the most optimal option to exploit these wastes. 相似文献
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Feriani Anouar Hachani Rafik Tir Meriam Ghazouani Lakhdar Mufti Afoua Borgi Mohamed Ali Allagui Mohamed Salah 《Environmental science and pollution research international》2020,27(6):5651-5660
Environmental Science and Pollution Research - The purpose of this study was to investigate, for the first time, the effects of Bifenthrin (Bif) chronic exposure on plasmatic and aortic lipid... 相似文献
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SAIDI Neyl KOUKI Soulwene M’HIRI Fadhel JEDIDI Naceur MAHROUK Meriam HASSEN Abdennaceur OUZARI Hadda 《环境科学学报(英文版)》2009,21(10):1452-1458
The aim of this study was to characterize the biological stability and maturity degree of compost during a controlled pile-composting
trial of mixed vegetable residues (VR) collected from markets of Tunis City with residues of Posidonia oceanica (PoR), collected from
Tunis beaches. The accumulation in beaches (as well as their removal) constitutes a serious environmental problem in all Mediterranean
countries particularly in Tunisia. Aerobic-thermophilic composting is the most reasonable way to profit highly-valuable content of
organic matter in these wastes for agricultural purposes. The physical, chemical, and biological parameters were monitored during
composting over 150 d. The most appropriate parameters were selected to establish the maturity degree. The main result of this research
was the deduction of the following maturity criterion: (a) C/N ratio < 15; (b) NH4
+-N < 400 mg/kg; (c) CO2-C < 2000 mg CO2-C/kg;
(d) dehydrogenase activity < 1 mg TPF/g dry matter; (e) germination index (GI) > 80%. These five parameters, considered jointly are
indicative of a high maturity degree and thus of a high-quality organic amendment which employed in a rational way, may improve
soil fertility and soil quality. The mature compost was relatively rich in N (13.0 g/kg), P (4.74 g/kg) and MgO (15.80 g/kg). Thus
composting definitively constitutes the most optimal option to exploit these wastes. 相似文献
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Kacem Imène Kahloul Mohamed Hafsia Meriam Aroui Haifa Maoua Maher Ajmi Mohamed Jedidi Maher Gouider Jridi Ghannouchi Neirouz Laouani Chadia Chouchane Imed Taieb Dalila Chaouch Ajmi Naija Walid Mrizak Nejb 《Environmental science and pollution research international》2020,27(30):37660-37667
Environmental Science and Pollution Research - Pulmonary embolism (PE) is the most serious manifestation of thromboembolic conditions. Its incidence varies considerably between countries,... 相似文献
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Ramakreshnan Logaraj Aghamohammadi Nasrin Fong Chng Saun Sulaiman Nik Meriam 《Environmental science and pollution research international》2021,28(2):1357-1369
Environmental Science and Pollution Research - This study quantitatively investigated the scientific progress of walkability research landscape and its future prospects using bibliometric... 相似文献
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Atmospheric pollution and global warming issues are increasingly becoming major environmental concerns. Fire is one of the significant sources of pollutant gases released into the atmosphere; and tropical biomass fires, which are of particular interest in this study, contribute greatly to the global budget of CO and CO2. This pioneer research simulates the natural biomass burning strategy in Malaysia using an experimental burning facility. The investigation was conducted on the emissions (CO2, CO, and Benzene, Toluene, Ethylbenzene, Xylenes (BTEX)) from ten tropical biomass species. The selected species represent the major tropical forests that are frequently subjected to dry forest fire incidents. An experimental burning facility equipped with an on-line gas analyzer was employed to determine the burning emissions. The major emission factors were found to vary among the species, and the specific results were as follows. The moisture content of a particular biomass greatly influenced its emission pattern. The smoke analysis results revealed the existence of BTEX, which were sampled from a combustion chamber by enrichment traps aided with a universal gas sampler. The BTEX were determined by organic solvent extraction followed by GC/MS quantification, the results of which suggested that the biomass burning emission factor contributed significant amounts of benzene, toluene, and m,p-xylene. The modified combustion efficiency (MCE) changed in response to changes in the sample moisture content. Therefore, this study concluded that the emission of some pollutants mainly depends on the burning phase and sample moisture content of the biomass. 相似文献
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